Mechanical Engineer

• Prepare engineering documentation including participation in design reviews
• Conduct product and system level testing in an engineering laboratory while following safety practices and guidelines
• Support production launch activities for solenoid based products
• Contribute to cost reduction projects for existing series products
• Collaborate with team members and cross-functional teams to meet and optimize product design requirements
• Communicate results clearly and coordinate with team members
• Support and drive organizational initiatives

Solenoid Design Engineer

• Work in a team environment to analyze requirements from the customer and develop design solutions
• Support on-site or remote factory production
• Complete 3D design of parts and assemblies, and create 2D part and assembly drawings using CAD software (SolidWorks/Inventor preferred)
• Participates as a drawing checker to ensure items are detailed correctly
• Participates in engineering review meetings
• Communicates with suppliers/vendors as required
• Builds and analyzes prototypes
• Conduct laboratory testing of products to ensure compliance with customer requirements and regulatory standards
• Create Operation & Maintenance Manual and/or Installation Instructions for Products

Mechanical Engineer, Level I

• Develop complete electrical design packages including power distribution one-line diagrams, motor control schematics, I/O wiring diagrams, control panel layouts, and field device wiring details using AutoCAD Electrical
• Design control panel layouts and enclosure configurations in compliance with UL 508A, NEC (NFPA 70), and NFPA 79
• Produce accurate, thoroughly self-verified schematics and panel drawings for use by fabricators and field installation teams
• Create and maintain drawing numbering, revision control, and project drawing registers
• Size and select electrical components including PLCs, VFDs, motor starters, safety relays, circuit protection devices, photoelectric sensors, proximity switches, and other field devices
• Develop detailed Bills of Materials (BOMs) for control panels and field instrumentation
• Define cable and conduit schedules, field device junction box layouts, and interconnect wiring drawings
• Design industrial network architectures including EtherNet/IP topologies, DLR ring configurations, and managed switch layouts
• Serve as the electrical design lead on assigned projects, coordinating with project managers and mechanical engineering throughout the design lifecycle
• Maintain and contribute to internal electrical design standards, schematic templates, title block standards, and component libraries within AutoCAD Electrical
• Identify opportunities to improve design efficiency, reduce material cost, and improve drawing quality.

Electrical Controls Design Engineer

• Support project and product development in timely and efficient execution of internal development programs and client projects
• Participate in product and project design reviews and offer best-practice advice in area of expertise
• Integrate with the OPT mechanical engineering team and provide input on mechanical engineering design issues
• Design mechanical components, modules, and systems for various assigned projects with a focus on meeting all performance requirements while designing for manufacturability (DFM), design to cost (DTC)
• Develop SolidWorks models of OPT products and produce drawings of components, sub-assemblies, and assemblies
• Perform finite element structural design analysis using ANSYS
• Participate in OPT’s Quality Management System through the ECR/ECO process and drawing reviews

• Utilize expertise and technical knowledge to execute water and wastewater treatment design & construction engineering activities.
• Manage design teams and mentor junior engineers.
• Lead and/or participate in client development activities, assessing potentials, assisting with position and capture strategies, and proposal and presentation efforts for various stages of water/wastewater design projects.
• Create construction documents, specifications, knowledge of required permitting and overseeing construction administration.
• Manage a range of projects for various clients in the region including budgets, delivery schedules, and leading project teams to meet deliverables.
• Work directly with clients to determine their needs, provide tailored solutions, and ensure compliance with Arcadis practices, quality standards, and safety requirements.
• Travel for client meetings, project site visits, and other assignments may be required.

Principal/Senior Wastewater Design Engineer

• Design & Engineering: Plan and design of water and wastewater treatment facilities, pumping stations, storage facilities, and distribution and collection systems in accordance with AWWA, ASCE, NSF/ANSI standards, and applicable regulations, including the Clean Water Act (CWA) and Safe Drinking Water Act (SDWA). Designs will thoughtfully integrate and consider client needs, operability, and constructability.
• Feasibility & Planning Studies: Perform feasibility studies for water resources projects, incorporating hydraulic process and environmental evaluations and analyses in accordance with EPA and NJDEP guidelines to develop optimized, cost-effective solutions for clients.
• Technical Documentation & Deliverables: Prepare engineering calculations, engineering reports, technical specifications, cost estimates, and contract documents that conform to NJDEP regulations, NPDES permitting criteria, and other applicable federal, state, and local regulations.
• Site Investigations: Conduct site inspections and field assessments to support design and construction phase efforts to ensure designs are implemented in compliance with NJDEP, EPA, and local environmental standards and other applicable federal, state, and local regulations.
• Regulatory Coordination & Compliance: Lead and support regulatory permitting efforts, ensuring full compliance with local, state, and federal requirements, including NJPDES permits, Treatment Works Approvals, and the Bureau of Water System Engineering.
• Cross-Disciplinary Collaboration: Coordinate and Collaborate with internal multidisciplinary teams (Structural, Civil, MEP) as well as vendors and subcontractors to deliver integrated, high-quality project solutions.
• Project Delivery & Growth Support: Manage technical scope, budgets, and schedules in a fast-paced environment, contributing to CP’s continued growth and expanding project portfolio. Demonstrated experience and understanding of maintaining fast-paced project budgets and schedules.
• Mentorship & Team Development: Mentor and support junior engineering staff, sharing technical expertise, regulatory knowledge, and design procedures to strengthen the Water Resources Practice.
• Sustainability & Best Practices: Incorporate energy and water efficiency measures, life cycle cost analysis, and sustainable design principles as recommended by EPA and national water resources planning guidelines

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